KR830002047B1 - Aspirated Fish Transporter - Google Patents

Aspirated Fish Transporter Download PDF

Info

Publication number
KR830002047B1
KR830002047B1 KR1019800001425A KR800001425A KR830002047B1 KR 830002047 B1 KR830002047 B1 KR 830002047B1 KR 1019800001425 A KR1019800001425 A KR 1019800001425A KR 800001425 A KR800001425 A KR 800001425A KR 830002047 B1 KR830002047 B1 KR 830002047B1
Authority
KR
South Korea
Prior art keywords
fish
suction
pipe
tank
suction pipe
Prior art date
Application number
KR1019800001425A
Other languages
Korean (ko)
Other versions
KR830002330A (en
Inventor
미찌오 스즈끼
Original Assignee
미찌오 스즈끼
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 미찌오 스즈끼 filed Critical 미찌오 스즈끼
Priority to KR1019800001425A priority Critical patent/KR830002047B1/en
Publication of KR830002330A publication Critical patent/KR830002330A/en
Application granted granted Critical
Publication of KR830002047B1 publication Critical patent/KR830002047B1/en

Links

Images

Classifications

    • AHUMAN NECESSITIES
    • A22BUTCHERING; MEAT TREATMENT; PROCESSING POULTRY OR FISH
    • A22CPROCESSING MEAT, POULTRY, OR FISH
    • A22C25/00Processing fish ; Curing of fish; Stunning of fish by electric current; Investigating fish by optical means
    • A22C25/08Holding, guiding, or conveying fish before, during or after its preparation ; Devices for sizing fish; Automatically adapting conveyors or processing machines to the measured size

Landscapes

  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Wood Science & Technology (AREA)
  • Zoology (AREA)
  • Food Science & Technology (AREA)
  • Packging For Living Organisms, Food Or Medicinal Products That Are Sensitive To Environmental Conditiond (AREA)
  • Mechanical Means For Catching Fish (AREA)

Abstract

내용 없음.No content.

Description

흡인식 어류 수송장치Aspirated Fish Transporter

제1도는 본 발명의 측면도.1 is a side view of the present invention.

제2도는 본 발명의 정면도.2 is a front view of the present invention.

제3도는 본 발명의 평면도.3 is a plan view of the present invention.

제4도는 본 발명의 조립 및 가동 상태도.4 is an assembled and movable state diagram of the present invention.

본 발명은 어류를 바다에서 육지, 또는 가공 공장내에서의 수송 또는 그물안의 어류를 배위의 어조로 빨아 올리거나 양식장등에서 활용할 수 있게 마련된 어류 수송장치에 관한 것으로, 흡인력이 강한 주펌프와 보조 진공펌프로 진공탱크안의 공기와 물을 빨아내고 탱크 앞의 부위에 연통된 흡입관으로 고기와 물을 흡입하여 일정한 고기와 물의 비례로 충만한 다음 탱크 아래 뒤쪽의 유출구에서 어류 저장용 호퍼에 배출하는 간헐적 어류인양 또는 수송작업을 공지의 유체공학 원리와 전자제어장치 기술을 활용하여 어체를 손상하지 않고 효율적으로 수송할 수 있는 전자동화 흡인식 어류 수송장치로서 이것을 도면에 따라 상세히 설명하면 다음과 같다.The present invention relates to a fish transport device provided to suck fish from the sea, land, or in a processing plant, or to raise fish in a coordination vessel, or to use them in aquaculture farms. Suction the air and water in the vacuum tank, and suck the meat and water through the suction pipe connected to the front part of the tank, and fill the meat and water in proportion proportionally, and then intermittently remove the fish from the outlet behind the tank to the fish storage hopper or Fully automated suction type fish transportation device capable of transporting the transport operation efficiently without damaging the fish by utilizing known fluid engineering principles and electronic control device technology will be described in detail according to the drawings.

즉, 인양 수송코저하는 어망 또는 어조에 흡입구(1)를 삽입한 유연성, 흡입관(2)을 진공탱크(4)의 앞부위에 설치한 체크(역지)변(3')을 가진 흡입변(3)에 접속하고 탱크 뒷 아래부위에 전자(소레노이드)식으로 개폐 자제케 접설한 유출구(5)를 탱크안 위 모서리에 소형 감속 모터로 구동케 된 회전식 여과망(6)과 이에 인접하여 전자식 진공 해방변(8), 탱크 뚜껑 중앙에 원추형으로 늘어지게 설치한 유연성 판막으로 된 안내판(7) 및 막판의 상승 또는 하강하는 변위를 탐지(감지)하는 마이크로 스위치(7')를 상하 조절 가능케 안내판(7) 중앙 상부에 위치토록 진공탱크 뚜껑에 지지 고착하였다.That is, the suction side having the flexibility of inserting the suction port 1 into the fishing net or the fish tank, and the check side 3 'with the suction pipe 2 installed in front of the vacuum tank 4 3) connected to the rotary filter network (6) driven by a small reduction motor at the upper edge of the tank and connected to an electronic (solenoid) opening and closing outlet (5) connected to the bottom of the tank. The guide plate 7, which is made of a flexible valve installed in a conical shape in the center of the tank lid, and a micro switch 7 'that detects (detects) the rising or falling displacement of the last plate, can be vertically adjusted. 7) The support was fixed to the lid of the vacuum tank so as to be located at the top of the center.

일방 회전식 여과망(6) 내부와 연통한 흡입관(9)에 마이크로 스위치를 내장한 후로트변(11)을 첩설, 이에 체크변 (12), 흡기관(10), 흡기펌프(13), 소음기(14)로 연결되었고, 흡기관(9)의 말단에 세목으로된 여과망을 가진 여과기(16)를 거쳐 전자식 삼방변(17)에 접속한 것과 호퍼(23)저부에 접속된 흡수관(18)이 삼방변(17)에서 양자택일하여 역지변(19)을 거쳐 흡수펌프(20)에 흡인되어 배수역지변(21) 및 배수관(15)을 통하여 배수구(22)로 연결된다.A float side 11 having a built-in micro switch is placed in the suction pipe 9 communicating with the inside of the one-way rotary filter net 6, and a check valve 12, an intake pipe 10, an intake pump 13, and a silencer 14 are mounted. Connected to the electronic three-way side 17 via a filter 16 having a fine mesh at the end of the intake pipe 9, and an absorption tube 18 connected to the bottom of the hopper 23. Alternatively, the side 17 may be sucked by the absorption pump 20 via the reverse side 19 and connected to the drain 22 through the drain reverse side 21 and the drain 15.

일방 유출구(5)하부에 어류 일시저장용 호퍼(23)를 두고 이 내부에 경사지게 어수분리용망(24)을 설치하고 외벽에 송출구(25)를 접설하였다.A fish temporary storage hopper 23 was placed below the one outlet 5 and the fish separation network 24 was inclined therein, and the outlet 25 was attached to the outer wall.

미설명부호(26)은 자동운전용 전자제어반이고(27)은 기대, (28)은 이동용차륜, (29)는 고정구, (30)은 흡인관 조정색선이다.Reference numeral 26 denotes an electronic control panel for automatic operation, 27 is a base, 28 is a moving wheel, 29 is a fixture, and 30 is a suction pipe adjusting color line.

이상과 같은 구조의 어류 수송장치의 작용과 효과를 설명하면 어수 흡입관(2)의 말단 흡입구(1)를 어망 또는 어조에 삽입함에 있어서 흡입관조정색으로 전후좌우 또는 상하로 흡입구(1)의 위치조절을 적절히 하여 고기와 물이 혼합된 수평면 아래로 삽입하고 작동전원을 넣으면 밀폐된 진공탱크(4)내의 공기는 흡입관(9)과 연통한 흡기펌프(3)와 흡입과정에서는 흡입관(9)과 배출과정에서는 흡수관(18)과 전자적으로 자동전환케된 삼방변(17)으로 흡수펌프(20)을 공동으로 가동하여 탱크안의 어수(고기와 물)가 빨려들어와 차게되면 회전여과망(6)을 통과하여 물이 흡입관(9)으로 들어가서 후로트변(11)을 작동, 흡기펌프로 물의진입을 차단하는 동시에 이에 내장된 마이크로 스위치로 흡기펌프(13)의 운전을 자동 중단하고 흡수펌프(20)만이 강력히 가동하여 연속적으로 배수구(22)로 배수하여 흡입구(1)주변에 기밀파손(공기혼입으로 인한)을 방지하기 위하여 보충급수를 계속하면서 탱크내의 고기와 물의 비율이 점차 높아지면서 집적된 어체와 유연한 원추형 안내판(7)을 밀어올려 마이크로 스위치(7')를 NO→NC로 점점 전환하면 제어반(26)의 순차회로가 작동하여 삼방변의 입구가 전환하여 흡입관(9)측이 막히고 흡수관(18)측이 열려지고 진공 해방변(8)이 개방되어 진공탱크(4)내의 공기가 진입하면서 흡입변(3)에 접설된 체크변(3')이 기압차로 폐쇄되고 전자식 유출구(5)가 자동으로 열려서 단시간에 밑에 있는 호퍼(23)로 낙하하면서 물은 망(24)밑으로 떨어져 흡수관(18)에서 삼방변(17)을 통하여 흡수펌프(20)로 배수된다.When explaining the action and effect of the above-described structure of the fish transport device, the position of the suction port 1 is adjusted to the front and rear, right and left or up and down by the suction tube adjustment color when inserting the end suction port 1 of the fish suction pipe 2 into the fishing net or the tank. If the proper power is inserted under the horizontal plane where the meat and water are mixed and the operating power is turned on, the air in the sealed vacuum tank (4) flows into the intake pump (3) communicating with the suction pipe (9) and the suction pipe (9) and discharge in the suction process. In the process, the absorption pump 20 is jointly operated by the absorption pipe 18 and the electronically switched three-way valve 17, and when the fish (meat and water) in the tank is sucked and filled, it passes through the rotary filtration network 6. The water enters the suction pipe (9) to operate the float valve (11) to block the entry of water to the intake pump, and at the same time the operation of the intake pump (13) with the micro switch built in it automatically stops only the absorption pump (20) Continuous running In order to prevent water leakage (caused by air mixing) around the suction port 1 by draining to the drain port 22, the ratio of meat and water in the tank is gradually increased and the integrated fish body and the flexible conical guide plate ( 7) Push up and gradually switch the micro switch 7 'from NO to NC, and the sequential circuit of the control panel 26 is operated so that the inlet of the three sides is switched so that the suction pipe 9 is blocked and the absorption pipe 18 is opened. When the vacuum release valve 8 is opened and the air in the vacuum tank 4 enters, the check valve 3 'attached to the suction valve 3 is closed by a pressure difference, and the electronic outlet 5 is automatically opened for a short time. While falling into the underlying hopper 23, the water falls under the net 24 and is drained from the absorption pipe 18 to the absorption pump 20 through the three sides 17.

탱크(4)내의 고기가 모두 배출되면 제어판내에 있는 별설한 타이머에 의하여 진공 해방변(8)과 유출구(5)가 자동 폐쇄되는 동시에 흡기펌프(13)가 가동되고 전자삼방변(17)을 동작하여 흡기관(9)과 흡수펌프(20)을 개통시켜 다시 진공탱크(4)내에 어수 흡입작용을 되풀이 한다.When all the meat in the tank 4 is discharged, the vacuum release valve 8 and the outlet 5 are automatically closed by a separate timer in the control panel, and the intake pump 13 is operated to operate the electromagnetic triangular valve 17. Then, the intake pipe 9 and the absorption pump 20 are opened to repeat the fish water suction action in the vacuum tank 4 again.

송풀구(25)를 열고 물과 분리된 어류를 받아낸다.Open the tuyeul (25) and take out the fish separated from the water.

이와같은 구조와 조작으로 이룩된 흡인식 어류 수송장치이므로 종래 진공펌프 방식의 장치에서는 탱크내의 고기와 물이 충만되면 고기와 물의 체적비와 관계없이 흡입을 정지하여야 하였으므로 집어효율이 좋지 않았고 탱크 내부를 부압에서 순간적으로 정압으로 하여서 압송하였으므로 어체에 주는 충격적인 영향이 크고 일견 외상은 없는 것 같아도 내장(알)등의 손상이 많았고 또 대량의 물을 필요로 하였으므로 어체의 선도를 저하하고 공장등에 설치하였을 때 공업용수의 사용량을 증대할뿐 더러 사용후의 오수처리비 증대등 난점이 많았다.As a suctioned fish transportation device made by such a structure and operation, in the conventional vacuum pump type device, when the meat and water in the tank were filled, the suction had to be stopped regardless of the volume ratio of the meat and water. As it was pressurized at a constant pressure momentarily, the impact on the fish was large and at first glance it seemed that there was no trauma, but there was a lot of damage to the internal organs (eg, eggs), and a large amount of water was required, which lowered the freshness of the fish and installed it in a factory. In addition to increasing the amount of water used, there were many difficulties such as increased sewage treatment costs after use.

본 발명은 진공탱크 내의 물을 여과기로 걸러서 강력하게 어조로 배출함으로서 탱크내의 고기와 물의 혼합비를 임의로 높일 수 있으므로 높은 효율로 가동할 수 있고 강력 흡입력을 가진 주펌프의 이용으로 흡인측의 거리(흡인양정)를 길게 잡을 수 있으며 탱크내의 입력을 걸어 압송할 필요없이 진공 해방으로서 저절로 호퍼에 흘러내리게하여 어체에 손상을 주지않고 강력한 흡인력으로 상어와 같은 미끄럼 성질이 나쁜 어종도 쉽게 빨아당기며 물 사용수량도 어조 최저부에 기밀성 유지를 위한 최저한도의 물을 넣어두면 반송하는 물로 반복이송에 사용케 되므로 경제적이고 어체의 선도도 보존할 수 있다.The present invention can increase the mixing ratio of the meat and water in the tank by filtering the water in the vacuum tank with a strong filter, and can be operated with high efficiency and the distance on the suction side by using the main pump with strong suction power (suction It can hold the head well, and it does not need to be pumped through the input in the tank, and it can flow into the hopper by itself as a vacuum release, and it does not damage the fish body. If the minimum amount of water is kept at the bottom of the tank to maintain airtightness, it is used for repeated transfer to the returning water, which is economical and preserves the freshness of the fish.

Claims (1)

본문에 상기하고 도면에 표시한 바와같이 어류흡인용 진공탱크(4)의 전방 상부로부터 어조 저부에 삽입한 유연성을 가진 흡입관(2)의 말단흡입구(1)에 근접하여 배수구(22)를 병설, 이에 전후 좌우로 이동 자제케 흡입 관조정색(30)으로 현수한 어류 흡업관과 진공탱크 후방 하부에 유출구(5)를 전자제어식으로 개폐 자제케 접설하고 이 하부에 후방으로 경사진 망(24)을 가진 호퍼(23)의 하부 외측에 송출구(25)를 접설한 어류 배출장치를 가진 진공탱크(4)상부의 회전식 여과망(6)에서 아래로 뻗은 흡입관(9)에 마이크로 스위치를 내장한 후로트변(11)을 거쳐 공기배출용 흡기펌프(13)을 장착하고 흡기관(9)말단에 호퍼 저부와 연통된 흡수관(18)과 배수구(22)와 연통한 흡수펌프(20) 및 흡입관(9)이 삼방변에 각각 연결되어서 이 전자식 삼방변(17), 저자 진공 해방변(8), 전자유출구(5) 및 마이크로 스위치(7')와 연동케된 안내판(7), 마이크로 스위치를 내장한 후로트변(17), 흡기펌프(13), 흡수펌프(20)을 전자제어반 (26)내부회로에서 전기적으로 순차자동화(시퀀싱)시켜 활선어류를 손상없이 완전 자동화조업을 할 수 있게된 흡인식 어류 수송장치.As described above and shown in the drawing, the drain port 22 is provided in close proximity to the end suction port 1 of the suction pipe 2 having the flexibility inserted into the bottom of the tank from the front upper part of the fish suction vacuum tank 4, In response to this, the fish suction pipe suspended in the front and rear sides of the fish suction tube adjustment color (30) and the outlet (5) are connected to the bottom of the rear of the vacuum tank by an electronically controlled opening and closing control net (24). Float side incorporating a micro switch in the suction pipe 9 extending downward from the rotary filter network 6 above the vacuum tank 4 having the fish discharge device in which the outlet 25 is attached to the lower outer side of the excitation hopper 23. (11) through which the air intake pump (13) is mounted and the absorption pipe (18) and suction pipe (20) communicating with the hopper bottom and the drain port (22) at the end of the intake pipe (9). ) Are connected to the triangulation, so that this electronic triangulation (17), hypoallergenic liberation (8), The guide plate 7 interlocked with the electron outlet 5 and the micro switch 7 ', the float side 17 having the micro switch therein, the intake pump 13, and the absorption pump 20 inside the electronic control panel 26. A suctioned fish transport device that can be electrically automated and sequenced in a circuit to perform fully automated operations without damaging live fish.
KR1019800001425A 1980-04-04 1980-04-04 Aspirated Fish Transporter KR830002047B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
KR1019800001425A KR830002047B1 (en) 1980-04-04 1980-04-04 Aspirated Fish Transporter

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
KR1019800001425A KR830002047B1 (en) 1980-04-04 1980-04-04 Aspirated Fish Transporter

Publications (2)

Publication Number Publication Date
KR830002330A KR830002330A (en) 1983-05-28
KR830002047B1 true KR830002047B1 (en) 1983-10-08

Family

ID=19216161

Family Applications (1)

Application Number Title Priority Date Filing Date
KR1019800001425A KR830002047B1 (en) 1980-04-04 1980-04-04 Aspirated Fish Transporter

Country Status (1)

Country Link
KR (1) KR830002047B1 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101321841B1 (en) * 2012-03-23 2013-10-23 성창호 Device for feeding anchovies

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101321841B1 (en) * 2012-03-23 2013-10-23 성창호 Device for feeding anchovies

Also Published As

Publication number Publication date
KR830002330A (en) 1983-05-28

Similar Documents

Publication Publication Date Title
CN106284260B (en) A kind of floating on water microorganism recycling and processing device
EP0543035A1 (en) Built-up aquarium
CN102845378A (en) Combined type jet flow fish pump with automatic control system
KR20170047479A (en) Equipment development for effective removal when a lot of sea creatures flow
CN208275050U (en) A kind of oil-water separation tank
CA2145151A1 (en) Filter for aquariums
GB1522891A (en) Pneumatic liquid waste material conveying system
KR830002047B1 (en) Aspirated Fish Transporter
US3820342A (en) Fish ejector system
US5738137A (en) Apparatus for creating surges in an aquarium
US3721344A (en) Apparatus for treating waste water
KR100220270B1 (en) Aerator for pond using air supply pipe
CN110122407A (en) A kind of fishpond or aquarium filtering system
KR102135956B1 (en) Apparatus for circulating water tank
CN209243859U (en) A kind of sewage collection equipment
CN203340810U (en) Fry hatching device
NO176741B (en) Device for collection of waste from marks, and use thereof
CN213762293U (en) Intelligent vegetable seed screening and drying integrated machine
CN205830521U (en) Water-valve type automatic water control device
CN209227740U (en) Drain flooded fields command and control system pumping station automatization control device
CN2440977Y (en) Hydraulic automatic stop valve
CN220589094U (en) Sewage treatment device capable of self-cleaning
CN211430641U (en) Aquaculture box with automatic water changing function
CN217078674U (en) Collection device for environment-friendly water surface garbage treatment
SU496036A1 (en) Device for two-stage separation of oily water

Legal Events

Date Code Title Description
E902 Notification of reason for refusal
G160 Decision to publish patent application
E701 Decision to grant or registration of patent right
GRNT Written decision to grant
FPAY Annual fee payment

Payment date: 19861007

Year of fee payment: 4

LAPS Lapse due to unpaid annual fee